Large differences between the classical method of estimating this quantity and an estimate made using an equation partially named for Mayer suggest significant covalent bonding. The equation to calculate this quantity due to one atom in a structure includes the number of cha
Large differences between the classical method of estimating this quantity and an estimate made using an equation partially named for Mayer suggest significant covalent bonding. The equation to calculate this quantity due to one atom in a structure includes the number of charges on the atom and the Madelung constant, which is dependent on the arrangement of atoms in the structure. This quantity, symbolized U, is often estimated experimentally through the Born-Haber cycle, and it is defined as the amount of energy given off when oppositely charged ions in the gas phase come together to make a solid. For 10 points, name this quantity, the bond strength of an ionic solid.
Large differences between the classical method of estimating this quantity and an estimate made using an equation partially named for Mayer suggest significant covalent bonding.
{lattice} energy